In this week’s Volupe blog post we are happy to announce the Templates page at the Volupe webpage. The template page is the newest addition to our CFD handbook. The CFD handbook is available to everyone, and hopefully it helps you as a calculation engineer to both save time and use best practices provided by Siemens.Templates are saved as .simt files, which basically are simulation files that are not possible to overwrite. Within the template, smart features like filters and parameters are used to automate the workflow, and establish a framework for generic settings. Features that are useful for templates are:
- Filters (filters and queries): logical expressions on which objects should be selected, updates the input at nodes automatically if settings are changed in the file.
- Parameters: changing all parameter values under one node, no need to repeat changes at several places in the tree structure.
- Tags: labeling (and grouping) of objects using colors.
- Simulation guide: a strong tool within a template – should always be loaded (like a README-file), instructions in text, hyperlinks to nodes in the simulation tree.
Volupe templates
You will find Volupe templates via Support -> CFD Handbook -> Templates as seen in the picture below, or via the link https://volupe.com/blog-volupe/templates/.We have previously announced a template for porous baffles, in the blog posthttps://volupe.com/blog-volupe/simulation-template-faster-wire-grid-pressure-drop-estimation-for-porous-baffles-in-simcenter-star-ccm/and now we have also added a template which you can use as a starting file for general simulations. The file is available for download from our Template page, as shown in the picture below, where you also find an instructive GIF to show how to open the Simulation guide. The simulation guide provides instructions on how to use the template.The settings that are already set in the template file are:- Design parameters for the generic geometry in 3D-CAD.
- Mesh operation with default settings according to Volupe’s suggestions (parallel meshing and more relevant values).
- Two continua, one for air and one for water – in steady state.
- Boundary conditions, based on naming of surfaces using filters.
- Derived parts for the Cartesian planes (planes and cell surfaces).
- Stopping criteria disabled.
- Pressure drop report with corresponding monitor and plot.
- Scenes for geometry, mesh and scalar fields (which are most commonly used).